The HDMI Thermal Imaging Camera Module integrates a high-performance uncooled microbolometer sensor that detects infrared radiation in the 8–14 µm long-wave infrared spectrum and converts it into detailed thermal images. The module’s built-in processor applies advanced image enhancement functions—such as gain control, spatial and temporal filtering, and configurable palettes—to produce high-quality thermal visuals. The direct HDMI interface simplifies system integration by streaming thermal video to monitors, embedded controllers, or capture cards without additional hardware. Its compact core design, combined with optional interchangeable lenses, allows integrators to customise field of view and resolution to match specific application needs, from fixed surveillance to mobile reconnaissance.

High-Definition Thermal Resolution

The 640 × 480 pixel LWIR detector delivers sharp thermal imagery, enabling accurate identification of temperature gradients, hotspots, and heat leaks even at extended distances.

Exceptional Thermal Sensitivity

With a NETD below 30 mK, the module detects minute temperature variations, supporting precision diagnostics in electrical, mechanical, and structural inspections.

Direct HDMI Output for Easy Integration

Native HDMI connectivity allows direct connection to displays and processing units, significantly reducing system complexity and integration time.

Advanced Onboard Image Processing

Built-in image enhancement functions such as automatic and manual gain control, temporal filtering, and multiple colour palettes ensure high-contrast, low-noise thermal images in dynamic environments.

Compact and Lightweight Design

The small form factor and low weight make the module suitable for space-constrained installations, mobile systems, and aerial or robotic platforms.

Fast Start-Up and Reliable Operation

The system powers up in under five seconds, making it suitable for mission-critical and on-demand thermal monitoring applications where response time matters.

Industrial Inspection & Predictive Maintenance

Thermal imaging enables early detection of overheating bearings, motors, electrical panels, and power distribution components, reducing unplanned downtime and maintenance costs.

Security and Surveillance Systems

Thermal vision allows detection of people, vehicles, and animals in complete darkness, fog, smoke, or harsh weather, enhancing perimeter security and situational awareness.

Unmanned Systems and Robotics

The compact HDMI thermal module integrates easily into UAVs, UGVs, and autonomous robots, supporting navigation, obstacle detection, and search operations.

Search and Rescue Operations

Emergency teams use thermal imaging to locate missing persons in forests, disaster zones, or low-visibility environments, improving response effectiveness.

Building Diagnostics & Energy Audits

Thermal imaging identifies insulation failures, air leakage, and HVAC inefficiencies, helping facility managers improve energy efficiency and reduce operating costs.

Scientific Research & Environmental Monitoring

Researchers employ thermal imaging for heat transfer studies, wildlife observation, and environmental analysis where precise temperature measurement is essential.

United Spectrum Instruments delivers advanced thermal imaging solutions backed by strong technical expertise and local support across India. From application consultation and system integration to commissioning and after-sales service, USI ensures customers achieve maximum performance from their thermal imaging investments. Our experience across industrial inspection, automation, UAV systems, and research applications allows us to recommend and support the right solution for every use case. Partnering with United Spectrum Instruments means reliable technology, responsive support, and long-term value for mission-critical imaging applications.